Where is the right rear fender located?

1 Answers
DelReagan
07/29/25 1:09pm
The right rear fender is located above the right rear wheel of the car. The fender, also known as the wing panel, is integrated with the car's body shell and can be considered a covering component. The functions of the car fender are: 1. To reduce the wind resistance generated during driving, which helps improve the car's stability; 2. The fender serves to protect the chassis. The car fender is designed based on the tire model used by the car. The car's wheels have a steering function to ensure space during rotation. The front and rear fenders of a car are different, and for aerodynamic considerations, the rear fender typically has an outward convex arc.
Was this review help?
5
5
Share
More Forum Discussions

How to adjust the time on the Lavida car?

Method to adjust the time on the Lavida car: 1. Start the vehicle; 2. Locate the SET button on the instrument panel to begin adjusting the time; 3. Use the volume adjustment on the left side of the multifunction steering wheel to increase or decrease the time, and adjust it to the correct display to complete the process. The Lavida has a length, width, and height of 4670mm, 1806mm, and 1474mm respectively, with a wheelbase of 2688mm. The car is front-engine, front-wheel drive. The Lavida is equipped with a 1.4T turbocharged engine, paired with a 7-speed dual-clutch transmission. This engine has a maximum power output of 110kW and a maximum torque of 250Nm, and also features direct fuel injection technology, using an aluminum alloy cylinder head and block.
5
3
Share

What does a two-axle vehicle mean?

Two-axle vehicles refer to vehicles with one row of steering wheels in the front and one row of driving wheels at the back. The most basic type of vehicle is a two-axle vehicle. Methods to identify axles: To distinguish axles, count the number of rows of wheels from front to back; the number of rows equals the number of axles. Common household vehicles are dual-axle, meaning they have two axles. For trucks, the number of axles is the same as the number of rows of wheels. To determine how many axles a truck has, simply count the rows of wheels. Axles connect the wheels to the vehicle body. The more axles, the more wheels, hence the greater the loading capacity of the truck. Cargo standards for different vehicles: If the total mass of a two-axle vehicle and its cargo exceeds 18,000 kilograms, it is considered overloaded and cannot be driven on the road. The total mass of a three-axle truck and its cargo must not exceed 25,000 kilograms, and for a three-axle vehicle train, the total mass must not exceed 27,000 kilograms. The total mass of a four-axle truck and its cargo must not exceed 31,000 kilograms, and for a four-axle vehicle train, the total mass must not exceed 36,000 kilograms. The total mass of a five-axle vehicle train and its cargo must not exceed 43,000 kilograms.
19
1
Share

What to do when the vdcoff light is on?

vdcoff light indicates that the vehicle stability control system is in the off state, which can be resolved. The methods to resolve the vdcoff light are as follows: 1. Under normal circumstances, the vdc indicator light has no status: The car skids, the vehicle stability control system intervenes in the driving operation, the indicator light flashes, and it will automatically turn off after the intervention ends. 2. The indicator light stays on: Caused by turning off the vehicle stability control system, press the off button on the control panel. If the off button cannot resolve it, restart the diesel engine, and the system will perform a self-check. 3. After restarting the engine, the vdcoff light remains on: The vehicle stability control system has a common fault and must be sent to the car 4S shop for repair.
5
4
Share

What is DSG in cars?

DSG in cars is Volkswagen's term for a dual-clutch transmission. Unlike conventional automatic transmission systems, the dual-clutch transmission is based on a manual transmission rather than an automatic one. It combines the flexibility of a manual transmission with the comfort of an automatic transmission while also providing uninterrupted power output. How dual-clutch transmission works: The working principle of a dual-clutch transmission can be simply understood as one clutch corresponding to odd-numbered gears and the other clutch corresponding to even-numbered gears. When the vehicle is in one gear, the other clutch and the corresponding next gear are already in a ready state. As soon as the current gear is disengaged, the next gear can be engaged immediately. Therefore, the shifting speed of a dual-clutch transmission is faster than that of a conventional automatic transmission or even a manual transmission. Additionally, although the internal structure of a dual-clutch transmission is complex, its actual size and weight are not significantly increased compared to a manual transmission, so vehicles equipped with a dual-clutch transmission do not add excessive burden. Advantages of dual-clutch transmission: Fast shifting: The shifting time of a dual-clutch transmission is very short, even faster than a manual transmission, taking less than 0.2 seconds; Fuel-efficient: Because the dual-clutch transmission eliminates torque interruption, the engine's power is continuously utilized, always operating at its optimal performance, which significantly saves fuel. Compared to traditional planetary gear automatic transmissions, it is more conducive to improving fuel economy, reducing fuel consumption by approximately 15%; Comfort: Due to the fast shifting speed, each gear change with DSG is very smooth, with minimal jerking; Low loss: During the shifting process, there is almost no torque loss; Fast shifting: Regardless of the throttle or operating mode, the shifting time can be as fast as 600 milliseconds (shifting from an odd-numbered gear to another odd-numbered gear or from an even-numbered gear to another even-numbered gear takes about 900 milliseconds, for example, shifting from 5th gear to 3rd gear).
3
3
Share

Automatic Transmission: One Foot or Two Feet?

Driving an automatic transmission car requires using one foot. More information about driving an automatic transmission car is as follows: 1. Driving an automatic transmission car with two feet may lead to more serious traffic accidents. Novice drivers should develop good habits and avoid using both feet while driving an automatic transmission car. 2. Automatic transmission cars do not have a clutch pedal. They only have a brake pedal and an accelerator pedal. When driving an automatic transmission car, the right foot controls both the brake and accelerator pedals. 3. When braking, release the accelerator pedal and press the brake pedal. 4. Drivers of automatic transmission cars only need to shift into D gear and control the speed and direction.
20
4
Share

What does the car emblem 'evans' mean?

evans on the back of a car indicates that the vehicle uses Evans waterless coolant. Waterless coolant, also known as waterless cooling oil or automotive cooling oil, is a new type of automotive consumer product. It features zero corrosion and no formation of water rust, eliminating the need for cleaning or repairing the radiator after use, significantly reducing maintenance and the occurrence of faults. Main benefits of waterless coolant: Anti-corrosion: Prevents the engine from freezing at temperatures above the engine's minimum operating temperature, prevents internal rusting of the engine, and protects the radiator and cooling system metals from rusting. Additionally, the cooling system operates under very low pressure, allowing the radiator cap to be opened at any time. Increased power: Eliminates the thermal barrier caused by water vapor, resolves localized overheating in the engine, and releases the engine's power potential. Faster acceleration: Shortens acceleration distance, makes acceleration smoother, and improves gear shifting connectivity. Fuel savings: Being waterless and having slower heat dissipation, it allows the engine to warm up quickly during cold starts, reaching operating temperature faster. This reduces startup fuel consumption. High boiling point, low freezing point: Resolves issues of freezing and expansion at low temperatures and boiling over at high temperatures. Thermal balance: Exceptional thermal conductivity, with viscosity changing according to temperature, balances the internal temperature of the engine. Reduced emissions: Improves engine operating conditions, ensures more complete combustion, lowers emissions, and reduces engine noise. Less maintenance: Prevents corrosion inside the engine's cooling system, reduces maintenance needs, and extends the engine's lifespan.
4
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.